Multi-core integrated magnetic resonance imaging system with distributed, parallel, and scalable architecture

A parallel scalable architecture and highly integrated Simulcast X-nuclei magnetic resonance imaging (MRI) system, comprising a multi-nuclear scanning and reconstruction computer and a multi-nuclear scanning control unit, wherein the multi-nuclear scanning control unit comprises a multi-nuclear timing sequence control engine, a multi-nuclear radio frequency (RF) signal transmission unit, a multi-nuclear RF signal acquisition unit, a gradient signal generation unit, and a multi-nuclear coil tuning control unit;

• the multi-nuclear timing sequence control engine is separately connected to the multi-nuclear RF signal transmission unit, the multi-nuclear RF signal acquisition unit, the gradient signal generation unit and the multi-nuclear coil tuning control unit;
• the gradient signal generation unit is also connected to a gradient power amplifier;
• the multi-nuclear coil tuning control unit and the multi-nuclear RF signal acquisition unit are both connected to a multi-nuclear RF coil;
• and the multi-nuclear timing sequence control engine and the multi-nuclear RF signal acquisition unit are both connected to the multi-nuclear scanning and reconstruction computer.